The Novel Super-FEC Coding Scheme Based on the Block Turbo Code for Long-Haul Optical Transmission Systems
A novel Super Forward Error Correction (Super-FEC) coding scheme (viz: the BTC code pattern of BCH(64,57) × BCH(64,57)) based on the Block Turbo Code (BTC) in long-haul optical transmission systems is proposed in this paper. The BTC of Bose-Chaudhur-Hocguenghem (BCH)(64,57)×BCH(64,57) has been constructed, simulated and analyzed. The simulation results and the performance analyses show that the Net Coding Gain (NCG) of BCH(64,57)×BCH(64,57) code at the sixth iteration is 0.35dB more than that of Reed-Solomon (RS)(255,239) + Convolutional Self Orthogonal Code (CSOC) (k0/n0 =6/7, J=8) code in ITU-T G.975.1 at the third iteration for a BER of 10-12 and the novel BTC has the advantageous characteristics such as the shorter component code and the rapid encoding/decoding speed, these advantages reduce not only the complexity for implementing the software/hardware but also the time delay for the encoding/decoding. Therefore, the novel BTC coding scheme can be used in large capacity, high-speed and ultra long-haul optical transmission systems. At last, the design and implementation of the novel BTC are also discussed.
Block turbo code optical transmission systems super forward error correction net coding gain
YUAN JianGuo JIANG Ze MAO YouJu YE Wenwei WANG Wei
The college of optoelectronics engineering,Chongqing University,Chongqing 400044,China;Institute of Institute of Optical Fiber Communications,Chongqing University of Posts & Telecommunications,Chongqi
国际会议
武汉
英文
2006-09-01（万方平台首次上网日期，不代表论文的发表时间）